CombineZ
The CombineZ family, to which CombineZ5, CombineZM and CombineZP belong, are open source image processing programs for increasing the depth of field . The programs combine the partially sharp areas of several digital photos in a new image, which has an extended depth of field .
CombineZ5
| CombineZ5
|
|
|---|---|
|
|
| Basic data
|
|
| developer | Alan Hadley |
| Current version | CombineZP |
| operating system | Windows |
| category | Image processing system |
| License | GPL |
| German speaking | No |
| CombineZ5 homepage | |
CombineZ5 ( CZ5 for short ) was programmed for older Windows operating systems and has not been further developed since 2006.
CombineZM
| CombineZM
|
|
|---|---|
|
|
|
 CombineZM |
|
| Basic data
|
|
| developer | Alan Hadley |
| Current version | CombineZP |
| operating system | Windows |
| category | Image processing system |
| License | GPL |
| German speaking | No |
| CombineZM homepage | |
CombineZM ( CZM for short , also CombineZ-Movie) was programmed for PCs with Windows XP and Windows 2000 . CombineZM is based on CombineZ5 and was developed from 2006 to 2008. An innovation compared to the CZ5 is the possibility of importing an entire film, whereby the program independently extracts the individual images of the film for calculation. CZM was replaced by CombineZP.
restrictions
- No support for 16-bit images
- The images must be sorted according to the depth of field (shortest focus to farthest focus)
example Pictures
Depth of field extension with the help of CombineZM
This image was made from six individual images
A wasp in acrylic glass
CombineZP
| CombineZP
|
|
|---|---|
|
|
|
 CombineZP |
|
| Basic data
|
|
| developer | Alan Hadley |
| Current version | CombineZP (no versioning) (June 6, 2010) |
| operating system | Windows |
| category | Image processing system |
| License | GPL |
| German speaking | No |
| CombineZP website | |
CombineZP ( CZP for short , also CombineZ-Pyramid) is the successor program to CombineZM. A new feature compared to CZM is that CZP can apply several algorithms one after the other to the same series of images and thus achieve a better result. Later versions of CZP were optimized for multi-core processors and can take over the Exif data of the image, whereby the parameters are taken from the first image or "frame".
example Pictures
Razer DeathAdder computer mouse
Disks of a magnetic hard disk
Intel I / O Controller Hub Southbridge
Mealybug
Head of a Calliphora vomitoria
Polarization filter from 10 individual images
Canon Powershot S30 from 11 individual images
Allen screw from 13 individual images
Cartridge cases in caliber 5.56 × 45 mm NATO
Machining example with Combine ZP
-top_oblique_PNr%C2%B00342.jpg)
Web links
Individual evidence
- ↑ a b Mineral photography - image stacking on "Tom's Mineralogy Info"